實境裂縫：混合物理與想像實境

Abstract

我們提出了 Reality Rift ，它是一個混合物理與想像實境的新體驗。在 Reality Rift 中，一個物體的一或多個物理組成要素是看不見的，但這些要素產生的現象仍舊會被顯示。當玩家從發生的現象中，想像出組成要素的存在，便能像平常一樣，正常地與這些物體互動。這個過程產生了驚奇感，它會激發人們的好奇心並加強體驗的享受程度。我們藉由建立 6 個互動範例，來探索 Reality Rift 的概念以及設計頻譜。將這 6 個互動範例整合成一個 5 分鐘的體驗，並在密室逃脫工作室舉辦體驗展。我們將 Reality Rift 與所有物理組成要素都可以看得到的基準條件做比較，收集了 50 個參與者的回饋，發現玩家在 Reality Rift 體驗中，具有更多的好奇心 (6.03 vs. 4.17/7) 與更高的享受程度 (6.00 vs. 4.98/7) ，證明了 Reality Rift 可以產生驚奇感。

We present Reality Rift, a novel experience that mixes physical and imaginary realities. In Reality Rift, one or more physical components of an object are invisible while effects caused by them are still presented. Players interact with the object normally as in real life while inferring the existence of imaginary components from the occurring phenomena. This process induces a sense of wonder that triggers players' curiosity and enhances enjoyment of the experience. We explored the concept of Reality Rift by building 6 examples to probe the Reality Rift spectrum. We wrapped all our interactions into a 5-minute experience and deployed it in an escape room studio. We compared Reality Rift with a baseline condition where all physical components are visible. Our 50-participant result shows evidence that Reality Rift induces a sense of wonder that triggers more players' curiosity (6.03 vs. 4.17/7) and generates a more enjoyable experience (6.00 vs. 4.98/7).